DRAGINO Solar Powered Industrial NB-IoT Temperature Transmitter

The DRAGINO Solar Powered Industrial NB-IoT Temperature Transmitter is an industrial NB-IoT temperature transmitter designed for applications that require remote monitoring of up to two temperature points. It works with compatible 3-wire PT100 temperature probes, allowing measured temperature data to be collected and sent to an IoT server through an NB-IoT network.

The DRAGINO Solar Powered Industrial NB-IoT Temperature Transmitter uses a solar panel with a 3000 mAh Li-ion battery, making it suitable for installations where battery-supported operation and solar charging are preferred. It supports periodic uplinks and can send data using MQTT, MQTTs, TCP, UDP or CoAP, providing flexibility for different IoT server environments.

Bluetooth v5.1 remote configuration and wireless OTA firmware updates help simplify device setup and ongoing management. The transmitter also supports temperature alarms, data logging and downlink configuration changes.

How it works

• Connect up to two compatible 3-wire PT100 temperature probes to the LTC2-NS.
• The transmitter reads the temperature measurements from the connected probes.
• Temperature data can be collected and transmitted periodically through the NB-IoT network.
• Data can be sent to compatible IoT servers using MQTT, MQTTs, TCP, UDP or CoAP.
• Device settings can be configured remotely using Bluetooth v5.1, while firmware can be updated wirelessly through OTA updates.

Why choose the LTC2-NS

• Supports up to two temperature monitoring channels from one transmitter.
• Uses NB-IoT connectivity for remote data transmission.
• Solar-powered design with a 3000 mAh Li-ion battery.
• Supports several uplink protocols for compatibility with different IoT platforms.
• Includes temperature alarm and data logging functions.
• Supports Bluetooth configuration and wireless firmware updates.

Benefits

The DRAGINO Solar Powered Industrial NB-IoT Temperature Transmitter can reduce the need for manual temperature checks by transmitting measurements to a connected IoT system. Its two-channel design can also allow two temperature points to be monitored from a single transmitter, depending on the application and probe selection.

The available PT100 probe options support different measurement ranges and installation styles, allowing the system to be matched to the temperature requirements of the monitored equipment or environment.